Zoetrope Animation History Essay

Zoetrope is an an animated vintage toy that was originally developed in 1830s. The Zoetrope has recently been a major feature in the film, “The Woman In Black” starring Daniel Radcliffe.

This is a modern replica of a traditional Zoetrope. A zoetrope is a device that produces the illusion of motion from a rapid succession of static pictures.

The zoetrope consists of a cylinder with slits cut vertically in the sides. On the inner surface of the cylinder is a band with images from a set of sequenced pictures. As the cylinder spins, the user looks through the slits at the pictures across. The scanning of the slits keeps the pictures from simply blurring together, and the user sees a rapid succession of images, producing the illusion of motion.

Just insert an animation strip, spin the drum and look through the slots. The pictures instantly spring to life! Eagles flap, Orcas dive, frogs jump and more! Change the 18 included picture strips at will. Then, try sketching on the six included Draw-Your-Own strips. Anyone can be an animator! Our Zoetrope’s compact elegance and smooth performance remains unmatched in the world of animation toys. Originally designed by Fred DaMert and Bill Hanlon in 1992 and sold by the DaMert Company, this timeless favorite has been off the market for years. Now, with Fred’s blessing, we’ve proudly brought it back. Not only did we use the original tooling to make this durable plastic toy, we’ve faithfully reproduced and included the original twelve picture strips designed by celebrated animator Ruth Hayes. And that’s not all. We’ve added six NEW picture strips and six “Draw-Your-Own strips!” The included instruction booklet provides a history of this classic invention, explains how it works, and tells you how to bring your own drawings to life.

The zoetrope is an optical toy that produces an illusion of motion from a rapid succession of static images.

The zoetrope was invented in the early 19th century. Pierre Desvignes, a French inventor, brought the concept to France and gave the device its name – formed from the Greek words “zoe,” meaning life, and “tropos,” meaning turning. The word zoetrope therefore can be taken to mean “wheel of life” or “living wheel.”

The traditional zoetrope consists of a cylinder with slits cut vertically in its sides and a series of sequenced images on its inner surface. As the cylinder is spun, the viewer looks through the slits to the opposite side of the interior. When viewed in this way, the images are seen by the eye in such rapid succession that they produce the illusion of motion.

This illusion is created by an optical phenomenon called “persistence of vision” and something called “beta movement.”

“Persistence of vision” refers to the fraction of a second that the eye’s retina retains an image after it has disappeared from view. The retina perceives a flash of light for a full tenth of a second after it has ended, so if a light flashes every tenth of a second or less, the retina will perceive the light as shining continuously.

“Persistence of vision” is a stroboscopic effect meaning the images you are viewing must be separated by moments of darkness. The slits function in this manner, simulating flashes of light and creating a kind of strobe effect. In fact, modern zoetropes often use strobe lights to create the same illusion.

But because the eye is not identical to a camera, and vision is not as simple as light passing through a lens, the brain needs more than “persistence of vision” to be convinced that the images are in motion.

Beta movement, one of the phi phenomena, is the extra piece of the puzzle. Beta movement is a perceptual illusion in which the brain creates a relationship between two or more still images viewed in succession. The brain makes the assumption that they are one image which has changed positions, rather than the truth, which is that they are completely separate images. Beta movement is the result of our brain’s desire to see relationships between consecutive images, regardless of their differences, and make sense of the data provided by the eye in order to construct a coherent understanding of reality.

The concept of the zoetrope is related to other optical devices like the flip book, the thaumatrope, the praxinoscope, the phenakistoscope, and the electrotachyscope, amongst others.